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    • IEEE International Energy Conference (ENERGYCON)Conference

    Papers
    Applications of Clustering Algorithms in Long-Term Load Forecasting
    Carevic, S.,Capuder, T.,Delimar, M.
    Energy Conference and Exhibition（2010）
    Load forecasting is one of the critical activities in electric power system planning. This paper presents clustering algorithms and their usage in load forecasting on a case study in Zagreb, Croatia. Load data acquisition is not always being systematically conducted in distributi...
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    Multi-objective Optimization of Home Storage for Residential Distribution Networks with Photovoltaic Systems
    C. O'Malley,M. Ampatzis,Viyathukattuva Mohamed M. M. Ali,P. H. Nguyen
    IEEE International Energy Conference（2016）
    Energy storage is a topic of much discussion in power systems as a way to integrate more renewable energy sources into the network. One renewable energy source that has undergone significant growth is photovoltaics (PV), and much of this has happened in low voltage networks. It h...
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    New Vibration Diagnostic Method of PM Generators and Traction Motors - Detecting of Vibrations Caused by Unbalance
    Marcin Baranski
    2014 IEEE International Energy Conference (ENERGYCON)（2014）
    This paper presents a new vibration diagnostic method designed for diagnose of permanent magnets (PM) generators. Those machines are commonly used in small wind, water systems and electrical vehicles. The described method is very innovative and unique. Specific structural propert...
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    A Critical Analysis of the Net Metering Practice in Cyprus
    Alexandros I. Nikolaidis,Charalambos A. Charalambous
    2016 IEEE International Energy Conference (ENERGYCON)（2016）
    The promotion of rooftop photovoltaic systems in Cyprus was reinforced in 2013 through the adoption of a net metering scheme for domestic customers. Net metering is an energy policy that most commonly works through retail tariffs, thus allowing retail customers to offset their el...
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    ENCOURAGE Architecture: Support for Heterogeneous Smart Grids
    Luís Lino Ferreira,Michele Albano,Thibaut Le Guilly, Manuel Ramiro,Eduardo C. M. Faria,Lara Pérez Dueñas,Luís Miguel Pinho,Arne Skou, Francesc Pelegrin,Eammon Roarke, Daniel Lux,S. Scalari,
    IEEE International Energy Conference（2012）
    Our society relies on energy for most of its activities. One application domain inciding heavily on the energy budget regards the energy consumption in residential and non-residential buildings. The ever increasing needs for energy, resulting from the industrialization of develop...
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    Disaggregated Electricity Forecasting Using Wavelet-Based Clustering of Individual Consumers
    Jairo Cugliari,Yannig Goude,Jean-Michel Poggi
    2016 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2016）
    Electricity load forecasting is crucial for utilities for production planning as well as marketing offers. Recently, the increasing deployment of smart grids infrastructure requires the development of more flexible data driven forecasting methods adapting quite automatically to n...
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    Droop Vs. Virtual Inertia: Comparison from the Perspective of Converter Operation Mode
    Ron Ofir,Uros Markovic,Petros Aristidou,Gabriela Hug
    2018 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2018）
    Virtual Inertia Emulation (VIE) and traditional Active Power Droop Control (APDC) are among the most common approaches for regulating the active power output of inverter-based generators. Furthermore, it has been shown that, under certain conditions, these two methods can be equi...
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    Cost-Effective Optimization for an Energy Efficient Design of Electrical Installations of Buildings
    Demetris Monoyios,L. Hadjidemetriou,L. Zacharia,E. Kyriakides
    2018 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2018）
    One of the main environmental targets of the European Union is to improve the energy efficiency in order to reduce the emissions of greenhouse gases. This work presents a cost-effective optimization method for design engineers to maximize the energy efficiency of electrical insta...
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    Coherent Swing Under-Frequency Transient Stability for Renewable Sources Islanded Micro-Grid
    Paul Muia Musyoka,Peter Moses Musau,Abraham Nyete
    2020 6th IEEE International Energy Conference (ENERGYCon)（2020）
    Renewable Energy Sources micro-grids experience operational challenges due the unpredictable weather patterns, requiring continuous demand control schemes, which are detrimental to both customers and the micro-grid operator. Optimal unit commitment plans coupled with a synthetic ...
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    Voltage Only Multi-Appliance Power Disaggregation
    Filippi, A.,Rietman, R.,Ying Wang, Bertagna de Marchi, S.
    Energy Conference and Exhibition（2012）
    Continuous and detailed energy monitoring is essential to ensure the energy efficient operation of complex systems such as homes and office buildings. In this paper, we introduce a novel energy monitoring solution that with a single sensor provides the energy consumption per each...
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    Impact of Renewable Energy Forecast Imperfections on Market-Clearing Outcomes
    Christos Ordoudis,Pierre Pinson
    2016 IEEE International Energy Conference (ENERGYCON)（2016）
    The increased integration of renewable energy sources, in particular wind and solar power, calls for changes in power system operation. Current market designs that are only efficient to accommodate limited uncertainty are highly challenged by the partly predictable renewable ener...
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    Power Electronics and Controls for Wind Turbine Systems
    Blaabjerg, F.,Iov, F.,Chen, Z.,Ma, K.
    2010 IEEE International Energy Conference（2010）
    The electrical energy consumption continues to grow and more applications will be based on electricity in the next decades. We can expect that more 60 % of all energy consumption will be converted and used as electricity. It is a demand that production, distribution and use of el...
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    Meta-Model for Control Applications of Microgrids
    Soumoud Fkaier,Mohamed Khalgui,Georg Frey
    IEEE International Energy Conference（2020）
    Since microgrid systems are growing in complexity, the development of its control software becomes more and more difficult. This is why the use of high level abstraction modelling becomes a crucial need to cope with this increasing complexity. Defining commonly understandable sof...
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    Optimal Control of Wind Power Systems with Energy Storage
    Andreas Venzke,Philipp Fortenbacher,Goran Andersson
    2016 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2016）
    We investigate how a wind power plant with energy storage can be optimally controlled to comply with power gradient restrictions. For this purpose we use the kinetic energy stored in the turbine rotor and an additional battery storage. As a main contribution we propose a two leve...
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    Photovoltaic Reactive Power Compensation Scheme: an Investigation for the Cyprus Distribution Grid
    Zunaib Ali,Nicholas Christofides,Lenos Hadjidemetriou,Elias Kyriakides
    2018 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2018）
    Voltage deviation resulting from the power generation of distributed Renewable Energy Sources (RES) can be a serious problem especially as the penetration of RES is increased in the distribution grids. For example, residential photovoltaic (PV) systems can raise the voltage of th...
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    Computation of Electrical Equipment Load Behavior Regarding to Frequency Variations in Isolated Grids
    Christoph J. Steinhart,Simon Kreutmayr,Michael Finkel,Rolf Witzmann
    2018 IEEE INTERNATIONAL ENERGY CONFERENCE (ENERGYCON)（2018）
    In operation of isolated grids, switching of large loads can cause significant frequency oscillations, which influence the power consumption of grid coupled electrical machines. This reaction in power consumption is based on a superposition of the quasi-stationary and dynamic eff...
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    Optimal Demand Response Programs for Improving the Efficiency of Day-Ahead Electricity Markets Using a Multi Attribute Decision Making Approach
    M. Shafie-khah,M. H. Shoreh,P. Siano,D. Z. Fitiwi,R. Godina,G. J. Osorio,J. Lujano-Rojas,J. P. S. Catalao
    2016 IEEE International Energy Conference (ENERGYCON)（2016）
    In this paper, an agent-based model is proposed to improve market efficiency by using different Demand Response Programs (DRPs) in the day-ahead electricity market. To this end, both incentive-based and price-based DRPs are considered. On this basis, time of use, real time pricin...
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    A Comparison Between Distributed Generation and Utility Plants: Technical, Economic and Environmental Aspects
    Anglani, N.,Petrecca, G.
    2010 IEEE International Energy Conference（2010）
    Cogeneration is generally used in the heat and power configuration; the trigeneration includes the production of cooling energy from the prime motor heat recovery, the distributed generation is thus able to meet different energy requirements whether it be electricity, heat and co...
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    Optimal Load Matching of Combined CSP and Storage Power Plant
    Dicorato, M.,Forte, G.,Trovato, M.
    Energy Conference and Exhibition（2012）
    The aim of this work is to investigate the potential application of a CSP plant to the supply of residential users. In particular, according to an early statistic estimation of solar radiation on the sun-tracking surface, electricity production is assessed. Potentials for supply ...
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    A new framework for large distribution system optimal planning in a competitive electricity market
    Porkar, S.,Poure, P.,Abbaspour-Tehrani-Fard, A.,Saadate, S.
    Energy Conference and Exhibition（2010）
    Distribution systems management is becoming an increasingly complicated issue due to the introduction of new technologies, new energy trading strategies and new deregulated environment. In the new deregulated energy market and considering the incentives coming from the technical ...
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